The phrase "actuating material" is correct and usable in written English.
It can be used in contexts related to engineering, mechanics, or materials science, where it refers to materials that cause or facilitate movement or action.
Example: "The actuating material in the device is crucial for its functionality, as it enables the mechanism to operate smoothly."
Alternatives: "activating material" or "driving material".
Paraffin which forms the actuating material is filled into an actuation cavity using dispensing methods.
To avoid using power transmission, a novel actuating material that can naturally generate flapping is greatly needed.
A novel actuating material, which is lightweight, soft, and capable of generating large flapping motion under electrical stimuli, is highly desirable to build energy-efficient and maneuverable bio-inspired underwater robots.
Electroactive polymers are emerging actuating materials that can generate large deformation under electrical stimuli [8 10].
This could be and important handle for the design of further actuating materials.
Prestretches arising from these boundary conditions are shown to play significant roles in affecting the acoustomechanical repsonse of soft material: the same material actuated from different prestretches and boundary conditions exhibits different stretch-stress relations.
Certain actuating properties of Smart Materials are far beyond the ones of conventional actuating principles.
A series of performance indices are given to allow a wide range comparison of materials for several typical sensing and actuating structures, and a rapid identification of candidates for a given task.
Shape memory alloy (NiTi) thin films coupled to ferroelectric lead zirconate titanate (PZT) produce an intelligent material capable of performing both sensing and actuating functions.
The multiphase composite with active structural fiber (ASF) has proven able to provide better optimization between actuating and load bearing capability compared to a pure piezoelectric material.
In this paper, we present finite element (FE) modeling of thermomechanical stress and deflection of lead zirconate titanate (PZT) actuated micro-mirror taking material anisotropy into account.
